
( Brand: Avalan Wireless ), ( Manufacturer Part Number: AW11 ), ( Part Type: Antenna )
The AW11 Yagi Wireless High-Gain Directional Antenna, with a frequency range of 800-960 MHz, is an exceptional product designed to enhance your wireless connectivity. This antenna is a part of the Yagi series, renowned for their directional capabilities, which allow for efficient signal transmission and reception.
Crafted with precision, the AW11 features 11 elements in its Yagi configuration, ensuring optimal performance in the 800-960 MHz band. This high-gain antenna boasts a gain of up to 10 dBi, which means it can concentrate and direct signals more effectively, significantly improving the quality and distance of your wireless connection.
The AW11 Yagi Antenna is built to withstand various weather conditions. It is made of durable materials, including a corrosion-resistant mounting bracket and a weather-resistant reflector and director. This ensures that the antenna remains functional and reliable, even in harsh environments.
The installation process is straightforward. The AW11 comes with a 15-meter (49-foot) RG58 cable, which provides ample length for positioning the antenna for optimal signal reception. The antenna is also easy to aim, with a simple process that allows you to adjust the direction of the signal for the best possible performance.
In summary, the AW11 Yagi Wireless High-Gain Directional Antenna is an excellent choice for those seeking to improve their wireless connectivity. Its directional capabilities, high gain, and durability make it a reliable and effective solution for boosting signal strength and extending wireless range.
Pros of buying a AVALAN 800-960 MHz Yagi Wireless High-Gain Directional Antenna (AW11):1. High Gain: The AW11 antenna provides a high gain, which means it can capture and transmit signals over longer distances with greater efficiency compared to omnidirectional antennas.
2. Directional: The directional nature of the antenna allows you to focus the signal in a specific direction, reducing interference and improving signal strength in that area.
3. Frequency Range: The antenna covers a wide frequency range of 800-960 MHz, which is suitable for various wireless applications such as LTE, WiMax, and Wi-Fi.
4. Durable: The antenna is made of high-quality materials, ensuring durability and resistance to harsh weather conditions.
5. Easy Installation: The antenna is designed for easy installation, with a simple mounting system and a compact size.
Cons of buying a AVALAN 800-960 MHz Yagi Wireless High-Gain Directional Antenna (AW11):1. Limited Coverage: Due to its directional nature, the antenna may not provide complete coverage in larger areas. It's best suited for point-to-point or point-to-multipoint applications.
2. Requires Alignment: To get the best performance, the antenna needs to be aligned correctly, which may require some technical knowledge or expertise.
3. May Not Be Compatible with All Devices: The antenna is designed for a specific frequency range, and it may not be compatible with all wireless devices. It's essential to check the device's frequency compatibility before purchasing.
Conclusion:The AVALAN 800-960 MHz Yagi Wireless High-Gain Directional Antenna (AW11) is a high-performance antenna that provides excellent signal strength and coverage for point-to-point or point-to-multipoint wireless applications. Its durable construction and easy installation make it a great option for both professional and home users. However, its limited coverage and the need for alignment may be a drawback for users requiring complete coverage in larger areas.
Recommendation:If you're looking for a high-performance antenna for point-to-point or point-to-multipoint wireless applications and can accommodate its limited coverage, the AVALAN 800-960 MHz Yagi Wireless High-Gain Directional Antenna (AW11) is a great option. Make sure to check the device's frequency compatibility before purchasing.
Avalan Wireless yagi broadband high gain directional antenna mhz AW11 includes all parts in original unopened packaging.